Physics Volume-9(Thermodynamics-III)



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Contents

Synopsis of Kinetic Theory - Part I


Description: Explores the molecular nature of matter, its composition, and kinetic theory of gases.


Synopsis of Kinetic Theory - Part II


Description: Covers Boyle’s law, Charles’ law, and their applications in explaining gas behavior under different conditions.


Molecular Nature of Matter & Behaviour of Gases - I


Description: Introduces Avogadro’s law, ideal gas equation, and the concept of molar volume at standard conditions.


Molecular Nature of Matter & Behaviour of Gases - II


Description: Focuses on Dalton’s law of partial pressures and how individual gas pressures add up in mixtures.


Molecular Nature of Matter & Behaviour of Gases - III


Description: Discusses Graham’s law of diffusion and effusion, showing how molecular mass affects gas diffusion rate.


Molecular Nature of Matter & Behaviour of Gases - IV


Description: Examines deviations from ideal gas behavior, including Van der Waals equation for real gases.


Molecular Nature of Matter & Behaviour of Gases - V


Description: Studies critical temperature, critical pressure, and the conditions for gas liquefaction and phase changes.


Molecular Nature of Matter & Behaviour of Gases - VI


Description: Explains the kinetic theory of gases, molecular motion, and distribution of velocities in an ideal gas.


Molecular Nature of Matter & Behaviour of Gases - VII


Description: Focuses on real gases, applying the Van der Waals equation and understanding compressibility factors.


Molecular Nature of Matter & Behaviour of Gases - VIII


Description: Investigates intermolecular forces, potential energy curves, and their impact on gas behavior and properties.


Molecular Nature of Matter & Behaviour of Gases - IX


Description: Discusses experimental techniques used to verify gas laws, determine gas constants, and apply theoretical models.


Molecular Nature of Matter & Behaviour of Gases - X


Description: Explores the relationship between the specific heat of gases and the work done during expansion or compression.


Kinetic Theory of an Ideal Gas & Law of Equipartition of Energy - I


Description: Explains the behavior of ideal gases using molecular motion, collisions, and assumptions of kinetic theory.


Kinetic Theory of an Ideal Gas & Law of Equipartition of Energy - II


Description: Focuses on energy distribution in an ideal gas, introducing the law of equipartition of energy.


Law of Equipartition of Energy & Specific Heat Capacity - I


Description: Discusses equipartition of energy and how energy is shared between different types of gas particles.


Law of Equipartition of Energy & Specific Heat Capacity - II


Description: Connects specific heat capacity to energy required for temperature change, considering the equipartition theory.


Specific Heat Capacity & Mean Free Path - I


Description: Analyzes specific heat capacity of gases and explains mean free path, molecular collisions, and their effects.


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